-
Supplier: Nanoscale Corporation
Description: 1Kg, varistors, cosmetic & skin care market, paints & coatings
- Application: Catalyst, Energy, Optoelectronics / Optical Components, Specialty / Other
- Material Type: Ceramic / Carbide, Chemical / Precursor, Nanocomposite, Other
- Particle / Feature Size: 10 nm
- Specific Surface Area (SSA): 70 m2/g
-
Supplier: Nanoscale Corporation
Description: 100g, standard mesh size is 16-35, controllable flow characteristics
- Application: Catalyst, Energy, Optoelectronics / Optical Components, Specialty / Other
- Material Type: Ceramic / Carbide, Chemical / Precursor, Nanocomposite, Other
- Type: Nano Powder / Particulate
-
Supplier: Nanoscale Corporation
Description: 500mL, reduced particle size, increased fluid stability, reduced dust
- Application: Catalyst, Energy, Optoelectronics / Optical Components, Specialty / Other
- Material Type: Ceramic / Carbide, Chemical / Precursor, Nanocomposite, Other
- Type: Nano Powder / Particulate
-
-
Supplier: Hydrofarm, Inc.
Description: . DERIVED FROM: Urea, Ascophyllum Nodosum Seaweed, Phosphoric Acid, Sulfate of Potash, Zinc Oxide, Iron Oxide and Magnesium Oxide. ALSO NON-PLANT FOOD INGREDIENT: 1% Humic acid (derived from Lignite), 1% Yucca Extract
- Form: Liquid / Solution, Powder
- Function: Catalyst
-
Supplier: Hydrofarm, Inc.
Description: . DERIVED FROM: Urea, Ascophyllum Nodosum Seaweed, Phosphoric Acid, Sulfate of Potash, Zinc Oxide, Iron Oxide and Magnesium Oxide. ALSO NON-PLANT FOOD INGREDIENT: 1% Humic acid (derived from Lignite), 1% Yucca Extract
- Form: Liquid / Solution, Powder
- Function: Catalyst
-
Supplier: Hydrofarm, Inc.
Description: . DERIVED FROM: Urea, Ascophyllum Nodosum Seaweed, Phosphoric Acid, Sulfate of Potash, Zinc Oxide, Iron Oxide and Magnesium Oxide. ALSO NON-PLANT FOOD INGREDIENT: 1% Humic acid (derived from Lignite), 1% Yucca Extract
- Form: Liquid / Solution, Powder
- Function: Catalyst
-
Supplier: Hydrofarm, Inc.
Description: . DERIVED FROM: Urea, Ascophyllum Nodosum Seaweed, Phosphoric Acid, Sulfate of Potash, Zinc Oxide, Iron Oxide and Magnesium Oxide. ALSO NON-PLANT FOOD INGREDIENT: 1% Humic acid (derived from Lignite), 1% Yucca Extract
- Form: Liquid / Solution, Powder
- Function: Catalyst
-
Supplier: Gelest, Inc.
Description: the reduction of phosphine oxides to phosphines Reduces esters in the presence of zinc hydride catalyst Reduces aldehydes and ketones to alcohols via the silyl ethers in presence of fluoride ion Gives 1,2 reduction of enones to allyl alcohols Extensive review of
- Boiling Point: 268 to 270 F
- Dipole Moment: 1.78 D
- Flash Point: 78.8 F
- Purity: 97 %
Find Suppliers by Category Top
More Information Top
Indicates content that may require registration and/or purchase.
-
Fuel Processing
The hydrogen sulfide formed in the reformer may then be removed by a zinc oxide catalyst /adsorbent between 350 and 400 C: .
-
Handbook of Industrial Catalysts
3.1.11 Copper Oxide/ Zinc Oxide Catalysts .
-
Methanol
Thus, while the high activity of copper- zinc oxide catalysts has long been rec- ognized, ICI apparently has succeeded in applying on a commercial scale conditions that are essential to the maintenance of this activity.
-
Methanol
(58029) found that the addition of aluminum oxide to a copper- zinc oxides catalyst decreases catalyst crystal size and that the catalytic activity and the ratio of surface area of exposed copper to the total surface area of the catalyst are both…
-
Transformation and Utilization of Carbon Dioxide
Ressler T, Kniep BL, Kasatkin I et al (2005) The microstructure of copper zinc oxide catalysts : bridging the materials gap.
-
Kinetic studies on dehydrogenation of butanol to butyraldehyde using zinc oxide as catalyst
A kinetic study for the best zinc oxide catalyst has been carried out and the rate equation has been determined.
-
Dimethyl Ether as Alternate Fuel
Copper- zinc oxide catalysts for methanol synthesis and shift reaction, and gamma-alumina catalysts for methanol dehydration are described in NKK’s patents EP 591538A1, US 5389689 and 5466720, too.
-
Advances in Biodiesel Production
Example 4 of US 6,147,196 describes a 90% reduction in FFA content of the incoming feedstock by reacting it with glycerin at 220˚C (428˚F) for 2 hours at atmospheric pressure over a zinc oxide catalyst .
-
Acetone, MEK and Methyl Isobutyl Ketone
In the vapor phase process, in which a zinc oxide catalyst is used, hydrogen is added to the acetone to increase the conversion and to improve the catalyst life.
-
Methanol synthesis from CO2 hydrogenation over copper based catalysts
Spencer MS (1987) a-brass formation in copper/ zinc oxide catalysts I. Bulk equilibrium concen- trations of zinc under methanol synthesis and water-gas shift reaction conditions.